Remote sensing of forest die-off in the Anthropocene: From plant ecophysiology to canopy structure

Agriculture & Biology

• die-off 100%
• tree mortality 87%
• ecophysiology 86%
• remote sensing 80%
• canopy 55%
• drought 36%
• insect outbreaks 35%
• coarse woody debris 32%
• climate models 32%
• natural resource management 30%
• carbon 30%
• dry climates 29%
• entomopathogens 28%
• biosphere 27%
• plant physiology 27%
• trajectories 24%
• woodlands 23%
• chemistry 20%
• shrubs 19%
• climate 18%
• ecosystems 17%
• monitoring 14%
• temperature 9%

Earth & Environmental Sciences

• ecophysiology 96%
• Anthropocene 90%
• canopy 56%
• remote sensing 44%
• mortality 31%
• drought 21%
• plant physiology 20%
• coarse woody debris 18%
• carbon flux 15%
• climate 14%
• biosphere 13%
• carbon emission 13%
• resource management 13%
• woodland 13%
• insect 13%
• pathogen 12%
• shrub 12%
• land surface 12%
• climate modeling 11%
• natural resource 11%
• continent 11%
• trajectory 10%
• human activity 10%
• disturbance 9%
• damage 8%
• ecosystem 8%
• detection 8%
• loss 7%
• monitoring 7%
• project 7%
• temperature 5%
• analysis 3%